Graphhopper

Solve capacity-constrained clustering problems by assigning customers to clusters while minimizing total travel distance. Useful for delivery zone planning, sales territory optimization, and workload

Tool to perform forward or reverse geocoding. Use when converting between textual addresses and latitude/longitude coordinates.

Tool to retrieve the solution of an asynchronous clustering job. Use when you have a job ID from a previous cluster calculation request and need to fetch the results.

Tool to compute a distance and/or time matrix using GET request with query parameters. Use for simpler matrix requests with query parameters instead of POST body.

Tool to retrieve the result of an asynchronous matrix computation job. Use when you have a job ID from a previous matrix calculation request and need to check if it's finished and get the results.

Tool to calculate the best path connecting two or more points using simple GET request. Use when you need basic routing with query parameters.

Tool to compute isochrone polygons for a given point. Use when you need to determine areas reachable within time or distance constraints.

Tool to calculate distance, time, or weight matrices via POST. Use when you have multiple origins/destinations or a symmetric point set and need a single batch request.

Retrieve all custom routing profiles for your GraphHopper account. Custom profiles allow you to customize routing behavior (e.g., avoid certain roads, limit speeds, prefer certain road types). Use thi

Tool to calculate complex routes via POST /route. Use when you need advanced route planning with custom parameters.

Tool to submit a matrix computation job for asynchronous processing. Use for large matrices that exceed synchronous limits. Returns a job ID to retrieve results later.

Map-match a GPX track using GraphHopper's Map Matching API. This tool takes GPS track points in GPX format and snaps them to the digital road network. It's useful for: - Cleaning noisy GPS data by ali

Tool to initiate VRP optimization. Use when you need to solve vehicle routing problems synchronously.